Discover the seamless conversion from gf·cm² to Torr using Newtum's intuitive tool. Designed for accuracy, it's the go-to solution for scientists and engineers. Dive in and explore its capabilities!
Gram-force per square centimeter (gf·cm²) is a unit of pressure. It represents the force of one gram-force applied over an area of one square centimeter. This measurement is a part of the centimeter-gram-second (CGS) system and is used to quantify small pressure values in scientific contexts.
Definition of TorrTorr is a unit of pressure based on an absolute scale. Named after Evangelista Torricelli, it is defined as 1/760 of a standard atmosphere, approximately equal to the pressure exerted by a millimeter of mercury (mmHg). Torr is commonly used in vacuum measurements and barometric pressure readings.
Gram-force sq. Centimeter (gf·cm²) | Torr |
---|---|
0.1 gf·cm² | 0.07355 Torr |
0.5 gf·cm² | 0.36775 Torr |
1 gf·cm² | 0.7355 Torr |
2 gf·cm² | 1.471 Torr |
3 gf·cm² | 2.2065 Torr |
5 gf·cm² | 3.6775 Torr |
10 gf·cm² | 7.355 Torr |
20 gf·cm² | 14.71 Torr |
50 gf·cm² | 36.775 Torr |
100 gf·cm² | 73.55 Torr |
Example 1:
Convert 10 gf·cm² to Torr:
10 gf·cm² = 10 × 0.07355 Torr = 0.7355 Torr
Example 2:
Convert 25 gf·cm² to Torr:
25 gf·cm² = 25 × 0.07355 Torr = 1.83875 Torr
The Gram-force sq. Centimeter to Torr Converter stems from the need to convert between the CGS system's pressure unit (gf·cm²) and the unit Torr, commonly used to express vacuum levels. Over time, this conversion has become essential in various scientific applications where precise pressure readings are critical.
Understanding the practicality of the gf·cm² to Torr converter is crucial for various industries. See how it applies in real-world scenarios below.
Example 1:
To convert 15 gf·cm² to Torr:
15 gf·cm² = 15 × 0.07355 Torr = 1.10325 Torr
Example 2:
To convert 30 gf·cm² to Torr:
30 gf·cm² = 30 × 0.07355 Torr = 2.2065 Torr
It's a tool that translates pressure from Gram-force per square centimeter to Torr units.
This conversion is vital for fields requiring precise pressure measurements, like meteorology and vacuum technology.
The converter is designed for high precision, ensuring accurate conversions for scientific and industrial use.